Double-Sided Tape for Roofing Foils & Membranes – High-Strength Acrylic Bonding – 20mm x 25m

Professional sealing. Permanent adhesion. Built to last. Our Double-Sided Tape for Foils and Membranes is a premium bonding solution engineered for reliable overlap sealing in demanding construction environments. Designed specifically for roofing membranes, vapour barriers, breather membranes and plastic-based building materials, this tape delivers exceptional holding power where failure is not an option. Manufactured with a high-performance acrylic-based adhesive and reinforced with a strong polyester mesh, it offers outstanding adhesive strength, dimensional stability and long-term durability. Engineered for High-Performance Construction Ultra-Strong Acrylic AdhesiveProvides extremely high tack and permanent adhesion to a wide range of plastic and membrane surfaces. Polyester Mesh ReinforcementEnhances tensile strength, prevents stretching and ensures consistent bonding along overlaps. Double-Sided DesignPerfect for secure and airtight membrane overlaps without visible fixings. Professional-Grade SealingCreates strong, durable joints essential for moisture control, airtightness and insulation performance. Ideal Applications Roofing membrane overlaps Vapour barrier and vapour control layer (VCL) sealing Breather membranes Plastic foils and construction films Airtightness and weatherproofing systems Why Choose This Double-Sided Membrane Tape? Extremely high adhesive strength Long-lasting performance in construction environments Clean, fast installation with no mechanical fixings Improves airtightness and moisture protection Trusted by roofing and building professionals Suitable for Professional & DIY Use Whether you’re working on a new build, renovation or insulation upgrade, this double-sided tape for foils and membranes ensures reliable bonding, clean overlaps and professional results every time. Choose a tape engineered for performance, durability and confidence — the smart choice for modern roofing and membrane systems.